Challenges in the Field Potato production brings significant challenges to growers regarding the opportunity to participate in soil health and quality building measures on their fields (Hills et al., 2018). A recent review called for improved soil health and quality to help ensure the long term...
Are your fields ready to quench the thirst of your crop as the season heats up? As we discussed last month, high performance soils do an exceptional job at receiving in and storing soil moisture, whether be it from irrigation or from rainfall. This stored soil water is...
Is your soil built for high performance? That is, does your soil have the optimized capacity to store nutrients and water, allow for plant roots to grow unimpeded by compaction and areas with low oxygen, and support a healthy microbial community (Figure 1)? This seems...
Globally, agricultural soils have lost considerable amounts of carbon, particularly in the last 200 years (Sanderman et al. 2017). This is problematic as soil carbon imparts desirable properties to agricultural systems such as increased nutrient retention for plant use, elevated water holding capacity, and improved soil structure. Improved water penetration and decreased erosion are also associated with soils that have higher carbon level. Recent work among agricultural scientists and in the popular agriculture press have highlighted a new set of holistic management tools that can improve soil carbon and soil quality. These practices are termed regenerative agriculture.